The network for 'cell differentiation' in your query organism is displayed on the left, if relationships are supported by the integrated data. Moving any of the genes in that network will simultaneously update the homologs in the networks displayed to the right (if they exist). Additionally, hovering over any nodes will highlight the identified functionally similar homologs in the other networks. Last, the bar above the networks allows you to remove/add additional organisms. Simily drag and drop the organism names in the desired order.

Multiple Organisms

cell differentiation

The process in which relatively unspecialized cells, e.g. embryonic or regenerative cells, acquire specialized structural and/or functional features that characterize the cells, tissues, or organs of the mature organism or some other relatively stable phase of the organism's life history. Differentiation includes the processes involved in commitment of a cell to a specific fate and its subsequent development to the mature state.

Name Description Probability Func Analog Organism
ADY3 Ady3p 0.991
SPO21 Spo21p 0.963
HHT1 Hht1p 0.955
RAS2 Ras2p 0.852
CDC25 Cdc25p 0.846
MATALPHA2 Matalpha2p 0.831
GIP1 Gip1p 0.803
SPS22 Sps22p 0.771
MSN2 Msn2p 0.754
SHE4 She4p 0.730
HSL1 Hsl1p 0.709
DBF2 Dbf2p 0.691
VPS27 Vps27p 0.685
CMD1 Cmd1p 0.683
GCS1 Gcs1p 0.673
MPC54 Mpc54p 0.664
DIT2 Dit2p 0.638
SMK1 Smk1p 0.600
SPS1 Sps1p 0.592
SNF1 Snf1p 0.578
BMH1 Bmh1p 0.574
CDC45 Cdc45p 0.556
SWI1 Swi1p 0.545
HHF2 Hhf2p 0.531
GPA2 Gpa2p 0.512
RTT109 Rtt109p 0.495
LAP4 Lap4p 0.495
FKS3 Fks3p 0.480
IRA1 Ira1p 0.469
SPO71 Spo71p 0.454
DTR1 Dtr1p 0.454
VPS36 Vps36p 0.453
RAD1 Rad1p 0.452
SPR3 Spr3p 0.442
MIG1 Mig1p 0.441
SDP1 Sdp1p 0.435
MCK1 Mck1p 0.428
UBP6 Ubp6p 0.427
HRR25 Hrr25p 0.416
SSP2 Ssp2p 0.405
CRR1 Crr1p 0.404
RAD52 Rad52p 0.392
DIT1 Dit1p 0.374
AQY2 Aqy2p 0.371
MIG3 Mig3p 0.370
RPT3 Rpt3p 0.370
STE20 Ste20p 0.367
SLG1 Slg1p 0.361
HHO1 Hho1p 0.359
ROD1 Rod1p 0.354
HMLALPHA2 Hmlalpha2p 0.349
SWF1 Swf1p 0.345
GPI1 Gpi1p 0.341
YHR140W hypothetical protein 0.338
BMH2 Bmh2p 0.338
OSW1 Osw1p 0.333
PMS1 Pms1p 0.333
YDJ1 Ydj1p 0.332
SWI4 Swi4p 0.328
OSW2 Osw2p 0.326
RIM101 Rim101p 0.316
MCM4 Mcm4p 0.314
MOB2 Mob2p 0.313
SSK2 Ssk2p 0.300
PDR17 Pdr17p 0.300
NOG1 Nog1p 0.297
RFA2 Rfa2p 0.295
SSP1 Ssp1p 0.293
SNF5 Snf5p 0.290
RFC1 Rfc1p 0.289
HSP104 Hsp104p 0.288
CWP2 Cwp2p 0.287
SPO23 Spo23p 0.285
MSG5 Msg5p 0.281
SLT2 Slt2p 0.280
BBC1 Bbc1p 0.276
MYO4 Myo4p 0.274
PSF2 Psf2p 0.274
SFG1 Sfg1p 0.272
SRV2 Srv2p 0.268
RAD10 Rad10p 0.266
HXK2 Hxk2p 0.263
PUT4 Put4p 0.262
POL2 Pol2p 0.262
YGL101W hypothetical protein 0.261
HTZ1 Htz1p 0.257
MKK2 Mkk2p 0.256
AMA1 Ama1p 0.256
RRT12 Rrt12p 0.253
MYO5 Myo5p 0.253
ABP1 Abp1p 0.251
SSO1 Sso1p 0.251
ARC40 Arc40p 0.250
MOB1 Mob1p 0.248
SPO74 Spo74p 0.244
NDD1 Ndd1p 0.244
CAB3 Cab3p 0.243
RSC9 Rsc9p 0.238
NKP2 Nkp2p 0.235
MSO1 Mso1p 0.233
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Caenorhabditis elegans
Name Description Probability Func Analog Organism
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Danio rerio
Name Description Probability Func Analog Organism
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Drosophila melanogaster
Name Description Probability Func Analog Organism
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Homo sapiens
Name Description Probability Func Analog Organism
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Mus musculus
Name Description Probability Func Analog Organism
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Rattus norvegicus
Name Description Probability Func Analog Organism